In Exercises 1-8, use the Direct Comparison Test to determine if each series converges or diverges. ∑n=2^∞ (n 2)/(n^2-n) | Numerade

Limit comparison test

Using the Direct Comparison Test In Exercises 5-16, use the Direct Comparison Test to determine the convergence or divergence of the series. ∑n=1^∞ (sin^2 n)/(n^3) | Numerade

In Exercises 35-64 , use integration, the Direct Comparison Test, or the Limit Comparison Test to test the integrals for convergence. If more than one method applies, use whatever method you prefer. ∫-∞^∞ (d x)/(e^x e^-x) | Numerade

SOLVED:Use integration, the Direct Comparison Test, or the Limit Comparison Test to test the integrals for convergence. If more than one method applies, use whatever method you prefer. ∫π^∞ (1 sinx)/(x^2) d x

How to Determine Whether a Series Converges or Diverges Using the Comparison Test | Calculus | Study.com